AdvancedPsfb + AdvancedPshb: PDR overrides (Issue M1)

Each Advanced* class chains to the parent's process_design_requirements()
then overrides turns ratios and magnetizing inductance from desired*
fields. Completes the Issue M1 batch (11/11 Advanced* classes).

Author: AlfVII

src/converter_models/PhaseShiftedFullBridge.cpp

@@ -1157,17 +1157,6 @@ std::vector<std::variant<Inputs, CAS::Inputs>> Psfb::get_extra_components_inputs
 Inputs AdvancedPsfb::process() {
     auto designRequirements = process_design_requirements();
 
-    designRequirements.get_mutable_turns_ratios().clear();
-    for (auto n : desiredTurnsRatios) {
-        DimensionWithTolerance nTol;
-        nTol.set_nominal(n);
-        designRequirements.get_mutable_turns_ratios().push_back(nTol);
-    }
-
-    DimensionWithTolerance LmTol;
-    LmTol.set_minimum(desiredMagnetizingInductance);
-    designRequirements.set_magnetizing_inductance(LmTol);
-
     if (desiredSeriesInductance.has_value())
         set_computed_series_inductance(desiredSeriesInductance.value());
     if (desiredOutputInductance.has_value())
@@ -1181,4 +1170,23 @@ Inputs AdvancedPsfb::process() {
     return inputs;
 }
 
+DesignRequirements AdvancedPsfb::process_design_requirements() {
+    // Issue M1: chain to parent PDR then override turns ratios and
+    // magnetizing inductance with user-provided desired* values.
+    auto designRequirements = Psfb::process_design_requirements();
+
+    designRequirements.get_mutable_turns_ratios().clear();
+    for (auto n : desiredTurnsRatios) {
+        DimensionWithTolerance nTol;
+        nTol.set_nominal(n);
+        designRequirements.get_mutable_turns_ratios().push_back(nTol);
+    }
+
+    DimensionWithTolerance LmTol;
+    LmTol.set_minimum(desiredMagnetizingInductance);
+    designRequirements.set_magnetizing_inductance(LmTol);
+
+    return designRequirements;
+}
+
 } // namespace OpenMagnetics

src/converter_models/PhaseShiftedFullBridge.h

@@ -230,6 +230,11 @@ class AdvancedPsfb : public Psfb {
 
     Inputs process();
 
+    // Issue M1: chain to Psfb::process_design_requirements() then override
+    // turns ratios and magnetizing inductance with desired* values, so
+    // callers building DR directly see the user-provided values.
+    DesignRequirements process_design_requirements() override;
+
     const double& get_desired_magnetizing_inductance() const { return desiredMagnetizingInductance; }
     void set_desired_magnetizing_inductance(const double& value) { desiredMagnetizingInductance = value; }
     const std::vector<double>& get_desired_turns_ratios() const { return desiredTurnsRatios; }

src/converter_models/PhaseShiftedHalfBridge.cpp

@@ -1015,17 +1015,6 @@ std::vector<ConverterWaveforms> Pshb::simulate_and_extract_topology_waveforms(
 Inputs AdvancedPshb::process() {
     auto designRequirements = process_design_requirements();
 
-    designRequirements.get_mutable_turns_ratios().clear();
-    for (auto n : desiredTurnsRatios) {
-        DimensionWithTolerance nTol;
-        nTol.set_nominal(n);
-        designRequirements.get_mutable_turns_ratios().push_back(nTol);
-    }
-
-    DimensionWithTolerance LmTol;
-    LmTol.set_minimum(desiredMagnetizingInductance);
-    designRequirements.set_magnetizing_inductance(LmTol);
-
     if (desiredSeriesInductance.has_value())
         set_computed_series_inductance(desiredSeriesInductance.value());
     if (desiredOutputInductance.has_value())
@@ -1039,6 +1028,25 @@ Inputs AdvancedPshb::process() {
     return inputs;
 }
 
+DesignRequirements AdvancedPshb::process_design_requirements() {
+    // Issue M1: chain to parent PDR then override turns ratios and
+    // magnetizing inductance with user-provided desired* values.
+    auto designRequirements = Pshb::process_design_requirements();
+
+    designRequirements.get_mutable_turns_ratios().clear();
+    for (auto n : desiredTurnsRatios) {
+        DimensionWithTolerance nTol;
+        nTol.set_nominal(n);
+        designRequirements.get_mutable_turns_ratios().push_back(nTol);
+    }
+
+    DimensionWithTolerance LmTol;
+    LmTol.set_minimum(desiredMagnetizingInductance);
+    designRequirements.set_magnetizing_inductance(LmTol);
+
+    return designRequirements;
+}
+
 
 // =========================================================================
 // Extra components inputs (output inductor Lo and series/ZVS inductor Lr)

src/converter_models/PhaseShiftedHalfBridge.h

@@ -306,6 +306,11 @@ class AdvancedPshb : public Pshb {
 
     Inputs process();
 
+    // Issue M1: chain to Pshb::process_design_requirements() then override
+    // turns ratios and magnetizing inductance with desired* values, so
+    // callers building DR directly see the user-provided values.
+    DesignRequirements process_design_requirements() override;
+
     const double& get_desired_magnetizing_inductance() const { return desiredMagnetizingInductance; }
     void set_desired_magnetizing_inductance(const double& value) { desiredMagnetizingInductance = value; }
     const std::vector<double>& get_desired_turns_ratios() const { return desiredTurnsRatios; }